Europe’s chemical industry is undergoing a profound transformation as manufacturers seek to reduce dependence on fossil based raw materials while meeting increasingly ambitious climate goals. Producing everyday chemicals in a more sustainable way has become a strategic priority, particularly as industries face growing pressure to decarbonise without compromising product performance or existing manufacturing infrastructure. Renewable feedstocks such as bioethanol are emerging as promising alternatives, offering the potential to lower emissions while supporting a more resilient European supply chain. Spain based Catalyxx is at the forefront of this transition, and the company has now secured significant European funding to commercialise its bio based chemical production technology.
Catalyxx has been awarded a €20 million grant from the European Union through the RenewChem project, one of the flagship initiatives selected by the Circular Bio based Europe Joint Undertaking.
The funding will support construction of the company’s first commercial scale bio based chemicals plant in Europe, marking an important milestone as Catalyxx moves from technology demonstration to industrial production.
Advancing Renewable Chemical Manufacturing
Catalyxx was founded to develop sustainable alternatives for the chemical industry using renewable raw materials.
The company has created a proprietary technology that converts ethanol into higher value alcohols such as butanol, hexanol, and other specialty chemicals.
These bio based chemicals are used across numerous industries, including coatings, adhesives, lubricants, surfactants, home care products, personal care products, fragrances, and sustainable fuels.
By replacing conventional petrochemical feedstocks, the company aims to reduce the environmental impact of chemical manufacturing while maintaining industrial performance.
Leading the RenewChem Consortium
Catalyxx is coordinating the RenewChem consortium together with major chemical companies Arkema and Evonik.
The initiative brings together industrial partners, technology providers, and research organisations from across Europe to establish large scale production of renewable chemicals.
The project aims to create Europe’s first industrial facility capable of manufacturing bio based higher alcohols from ethanol using commercially scalable technology.
The consortium combines scientific expertise with industrial capabilities to accelerate the adoption of sustainable chemical production throughout the European market.
Compatible With Existing Industry
One of the key advantages of Catalyxx’s technology is its compatibility with existing manufacturing infrastructure.
The company’s renewable chemicals have been developed to deliver performance comparable to conventional petrochemical products while allowing manufacturers to continue using established production processes and supply chains.
This approach lowers the barriers to adoption by enabling customers to introduce more sustainable materials without requiring costly factory modifications or equipment replacement.
The company believes this compatibility will accelerate commercial adoption across multiple industrial sectors.
Supporting Europe’s Industrial Transition
The grant comes at a time when Europe’s chemical industry is seeking practical solutions that reduce emissions while strengthening long term competitiveness.
Renewable chemical production also supports broader efforts to improve supply security by reducing dependence on imported fossil based feedstocks.
Catalyxx believes domestic production of bio based chemicals can contribute to greater industrial resilience while supporting Europe’s transition towards a more circular and sustainable economy.
The company also expects its technology to strengthen strategic autonomy across important chemical value chains.
Moving to Commercial Scale
The newly awarded funding will enable Catalyxx to construct its first commercial production facility and expand manufacturing beyond demonstration scale.
This marks a significant step in the company’s long term growth strategy as it prepares for wider industrial deployment across Europe.
As governments and industries continue accelerating the transition towards low carbon manufacturing, renewable alternatives to conventional chemicals are expected to play an increasingly important role. By combining innovative conversion technology with industrial scale production, Catalyxx aims to help reshape Europe’s chemical sector while supporting more sustainable manufacturing for a wide range of everyday products.
